MolQ aims to develop a new generation of switchable topological superconductors to advance molecular quantum bits for quantum computing and quantum information technologies. To achieve this, the project will focus on the design and synthesis of a wide range of functional molecules, enabling exploration of structure–function relationships at the molecular level.
The MolQ project will pioneer new strategies for controlling molecular assembly and charge pattern on various superconducting surfaces, as well as novel approaches for engineering molecular quantum bits.
This position will contribute to these goals by focusing on the synthesis and characterization of functional molecules specifically designed to optimize electronic properties and self-assembly behavior on surfaces. The successful candidate will synthesize polycyclic aromatic hydrocarbons (PAHs) with unique electronic properties and structural features. These molecules will be used in on-surface self-assembly processes and chemical reactions to create functional 2D nanostructures. The role involves the development of synthetic methodologies for functionalized PAHs, along with fundamental investigations into the optical and redox properties of the molecules, particularly those designed to exploit surface charge/discharge behavior.
We welcome applications from candidates with strong expertise in organic synthesis and materials chemistry.
Applicants should hold (or be close to completing) a PhD in organic chemistry or a closely related field.
Further information on the MolQ grant can be found here: https://qumat.unibe.ch